By the end of this workshop, participants should have a solid understanding of setting up the ESP32-CAM module with MicroPython, as well as the ability to perform basic to advanced operations using the module’s capabilities. They will have the foundation to further explore and create their own projects involving the ESP32-CAM and MicroPython.
In this stage, participants will set up the necessary tools and environment for working with the ESP32-CAM module using MicroPython. The focus will be on installing the required tools, drivers, and software components needed to begin the development process.
In this stage, participants will get acquainted with MicroPython, a lightweight implementation of Python designed for microcontrollers. They will learn the basics of MicroPython syntax, interact with the ESP32-CAM module through the REPL (Read-Eval-Print Loop), and understand how to upload code to the board.
This stage will cover fundamental operations using the ESP32-CAM module. Participants will explore how to capture images, record videos, and interact with the camera module using MicroPython. Basic image processing techniques might also be introduced.
The final stage delves into more advanced capabilities of the ESP32-CAM module and MicroPython. Participants will learn about wireless communication, web server integration, and potentially creating IoT applications using the module.
A working laptop (Windows/Linux , Apple should work too but not tested) with admin rights to install drivers and software
While there will be ESP32-CAM modules available, bringing your own ESP32-CAM module is preferred if you have it. Good to know: 10 pieces can be bought after the workshop.
Just in case bring a cable you can connect to your laptop with USB-C connector on the other side to connect to ESP32-CAM module.
Patience :)
Tomislav Arnaudov is a passionate tech enthusiast, hacker, and maker. As a former member of Prague hackerspace Brmlab, he honed his skills and explored his love for technology.
He works as a technology consultant, lending his expertise to artists and large companies. He is currently leading the department at Prusa Research, where his team focuses on automating 3D printing processes.
Marc is an electronics engineer from Spain who loves telling computers what to do. He has taken many opportunities to do so and delved into programming to solve real-world problems in robotics or synthetic biology.
Currently, he is working as the main software developer for Prusa Research's Automated Farm system. Developing all the components that go into the combination of 3D printing and robotics like AI recognition systems for the printers, task planning, 3D position tracking with computer vision and the robotic's system architecture and routines.
